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DMC-F2P
Model No.
DMC-F2PC
DMC-F2PR
DMC-F2PU
DMC-F2EB
DMC-F2EE
DMC-F2EF
DMC-F2EG
DMC-F2EP
DMC-F2GC
DMC-F2GF
DMC-F2GN
Vol. 2
Colour
(S)...........Silver Type (except PC/EF)
(K)...........Black Type
(P)...........Pink Type (except PC/EF)
© Panasonic Corporation 2010 Unauthorized copy-
ing and distribution is a violation of law.
ORDER NO. DSC1003025CE
B26
Digital Camera
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Summary of Contents for Panasonic Lumix DMC-F2PC
- Page 1 Model No. DMC-F2PC DMC-F2PR DMC-F2PU DMC-F2EB DMC-F2EE DMC-F2EF DMC-F2EG DMC-F2EP DMC-F2GC DMC-F2GF DMC-F2GN Vol. 2 Colour (S)...Silver Type (except PC/EF) (K)...Black Type (P)...Pink Type (except PC/EF) © Panasonic Corporation 2010 Unauthorized copy- ing and distribution is a violation of law.
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Page 2: Table Of Contents
TABLE OF CONTENTS PAGE PAGE 1 Safety Precautions -----------------------------------------------3 1.1. General Guidelines ----------------------------------------3 1.2. Leakage Current Cold Check ---------------------------3 1.3. Leakage Current Hot Check (See Figure 1.)--------3 1.4. How to Discharge the Capacitor on Flash Top P.C.B.----------------------------------------------------------4 2 Warning --------------------------------------------------------------5 2.1. -
Page 3: Safety Precautions
1 Safety Precautions 1.1. General Guidelines 1.3. Leakage Current Hot Check 1. IMPORTANT SAFETY NOTICE (See Figure 1.) There are special components used in this equipment 1. Plug the AC cord directly into the AC outlet. Do not use which are important for safety. These parts are marked by an isolation transformer for this check. -
Page 4: How To Discharge The Capacitor On Flash Top P.c
1.4. How to Discharge the Capacitor on Flash Top P.C.B. CAUTION: 1. Be sure to discharge the capacitor on FLASH TOP P.C.B.. 2. Be careful of the high voltage circuit on FLASH TOP P.C.B. when servicing. [Discharging Procedure] 1. Refer to the disassemble procedure and remove the necessary parts/unit. 2. -
Page 5: Warning
2 Warning 2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Elec- trostatically Sensitive (ES) Devices. The following techniques should be used to help reduce the incidence of component damage caused by electrostatic discharge (ESD). -
Page 6: Caution For Ac Cord(For Eb
A replacement fuse cover can be purchased from your local 2.3.2.3. How to Replace the Fuse Panasonic Dealer. 1. Remove the Fuse Cover with a screwdriver. If the fitted moulded plug is unsuitable for the socket outlet in your home then the fuse should be removed and the plug cut off and disposed of safety. -
Page 7: How To Replace The Lithium Battery
NOTE: This Lithium battery is a critical component. (Type No.: ML421 Manufactured by Energy Company, Panasonic Corporation.) It must never be subjected to excessive heat or discharge. It must therefore only be fitted in requirement designed specifically for its use. -
Page 8: Service Navigation
3 Service Navigation 3.1. Introduction This service manual contains technical information, which allow service personnel’s to understand and service this model. Please place orders using the parts list and not the drawing reference numbers. If the circuit is changed or modified, the information will be followed by service manual to be controlled with original service manual. 3.2. -
Page 9: How To Define The Model Suffix (Ntsc Or Pal Model)
3.3. How to Define the Model Suffix (NTSC or PAL model) There are four kinds of DMC-F2, regardless of the colours. • a) DMC-F2P/PC • b) DMC-F2EB/EF/EG/EP/GN • c) DMC-F2EE • d) DMC-F2PR/PU/GC/GF What is the difference is that the “INITIAL SETTINGS” data which is stored in Flash-ROM mounted on MAIN P.C.B.. 3.3.1. - Page 10 3.3.2. INITIAL SETTINGS: After replacing the MAIN P.C.B., be sure to perform the initial settings after achieving the adjustment by ordering the following pro- cedure in accordance with model suffix of the unit. 1. IMPORTANT NOTICE: Before proceeding Initial settings, be sure to read the following CAUTIONS. 2.
- Page 11 [CASE 1. After replacing MAIN P.C.B.] When MAIN P.C.B. has just been replaced, all of the model suffix is displayed as follows. (Five pages in total) [CASE 2. Other than “After replacing MAIN P.C.B.”] • Step 5. Choose the model suffix in “INITIAL SETTINGS”: (Refer to “CAUTION 1”) [Caution: After replacing MAIN P.C.B.] The model suffix can been chosen, JUST ONE TIME.
- Page 12 • Step 7. CONFIRMATION: Confirm the display of “PLEASE SET THE CLOCK” in concernd language when the unit is turned on again. When the unit is connected to PC with USB cable, it is detected as removable media. 1) As for your reference, major default setting condition is as shown in the following table. •...
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Page 13: Specifications
4 Specifications... -
Page 14: Service Fixture & Tools
5 Service Fixture & Tools 5.1. When Replacing the Main P.C.B. After replacing the MAIN P.C.B., be sure to achieve adjustment. The adjustment instruction is available at “software download” on the “Support Information from NWBG/VDBG-AVC” web-site in “TSN system”, together with Maintenance software. 5.2. -
Page 15: Measurements And Adjustments
6 Measurements and Adjustments The adjustment details are described in "Service Manual Vol.1" for this model. When the following part(s) located on the MAIN P.C.B. is replaced, perform the same necessary adjustment items of MAIN P.C.B.. * IC6001 : VENUS * IC6002 : Flash-Rom 7 Maintenance 7.1. - Page 16 DSC1003025CE S1. About Indication of The Schematic Diagram Service Manual S1.1. Important Safety Notice COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS Diagrams and Replacement FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE. 1.Although reference number of the parts is indicated on the P.C.B. drawing and/or Parts List schematic diagrams, it is NOT mounted on the P.C.B.
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Page 17: S2. Voltage Chart
S2. Voltage Chart Note) Indicated voltage values are the standard values for the unit measured by the DC electronic circuit tester (high-impedance) with the chassis taken as standard. Therefore, there may exist some errors in the voltage values, depending on the internal impedance of the DC circuit tester. S2.1. -
Page 18: S3. Block Diagram
S3. Block Diagram S3.1. System Control Block Diagram FLASH TOP P.C.B. IC6001 (VENUS4) IC6002 S8003 CL9008 TL8007 SAFETY GND (SDRAM/256Mbit, NAND FLASH ROM/512Mbit) T/W SW PP9001 PS8001 TL8004 SDRAM AREA/256Mbit 9,18-21 9,18-21 BA0D DRBA0 (TELE WIDE) PP9001 PS8001 Bank Adr. Bank Adr. -
Page 19: S3.2. Video/Audio Process Block Diagram
S3.2. Video/Audio Process Block Diagram IC6002 (SDRAM/256Mbit, NAND FLASH ROM/512Mbit) CLK18 LCD FP9103 SDRAM AREA/256Mbit NAND FLASH ROM AREA/512Mbit FP9103 LCDOUT7 A0D A11D DQ0D DQ31D I/O0N I/O7N LCDOUT0 FP9103 ADDRESS 32bit DATA 8bit DATA LCD CS 12bit FP9103 IC6001 (VENUS4) LCDHD FP9103 DRA0 DRA11... -
Page 20: S3.3. Sensor Block Diagram
S3.3. Sensor Block Diagram FP9001 PW CCD PLUS (CCD IMAGE SENSOR) Q3101 CL3004 FP9001 IC3001 (CCD SIGNAL PROCESSOR) D0 18 G CCDOUT CCD IN 12-bit 12bit To IC6001-AB8 CLAMP CL8004 V11A V11A FP9001 2744pix V11B GP03 3656pix V11B PP9001 PS8001 FP9001 To IC8001-2 (FLASH TRG) CL3007... -
Page 21: S3.4. Lens Drive Block Diagram
S3.4. Lens Drive Block Diagram IC6001 (VENUS4) FP9002 CD BARREL & FOCUS ENC X6001 LED CONT (24MHz) (FHP) J4 GPIO65 MCK48I AB24 (ZHP) K1 GPIO55 (ZENC LED CONT) GPIO7 MCK48O AA24 QR7131 FP9002 (FZHP LED CONT) 1-LED CONT R4 GPIO3 2-LED CONT (G ZENC 1) FILTER... -
Page 22: S3.5. Power Block Diagram
S3.5. Power Block Diagram FLASH TOP P.C.B. P8002 CL1001 CL9005 (BATTERY TERMINAL) F8021 To PS8001-22 PS8001 PP9001 (IGBT VCC) UNREG 12-15 12-15 CL8026 PS8001 PP9001 BATT THERMO 2 SE3.4V PS8001 PP9001 ID BATT DQ CL1020 CL9006 PS8001 PP9001 UNREG GND 9,18-21 9,18-21 AF3.4V... -
Page 23: S4. Schematic Diagram
S4. Schematic Diagram S4.1. Power (P) Schematic Diagram DMC-F2 Power Section (Main P.C.B. (1/9)) Schematic Diagram (P) CL1001 CL1002 R1901 $(0)[22] UNREG UNREG_GND R1105 C1001 C1002 R1902 100K F1H0J106A009 $[F1H0J106A009] $(0)[22] G1004 QR1101 B1GBCFJN0041 CL1006 CCD_POWER POWER_CTL_SW L1040 G1C150MA0394 CL1005 L1010 G1C100KA0101 POWER_CTL_SW2... - Page 24 DMC-F2 Power Section (Main P.C.B. (1/9)) Schematic Diagram (P) CL1004 G1003 G1002 G1001 PW_UNREG_GND A_GND D_GND R1010 CL1010 PW_D1R8V (CH1) R1011 160K[D] INV1 (0.8V) R1012 120K[D] PW_SE3R4V CL1020 R1020 G1021 PW_AF3R4V G1020 (CH2) C1021 R1021 R1210 CL1210 390K[D] INV2 PW_A3R1V (0.8V) IC1210 R1023...
- Page 25 L1040 G1C150MA0394 CL1005 L1010 G1C100KA0101 POWER_CTL_SW2 F1J0J L1020 VOUT2 [10]STB124 G1C4R7ZA0104 [11]UDSEL4 Lx22 PGND567 [1]STB56 PGND2 [2]PVCC5 Lx21 HS7L HS67H L1060 PGND4 HS6L G1C150MA03 UPIC7 INV7I [32]VREGA INV4 [23]INV1 INV7 [33]VREF [24]SCP INV2 INV6 INV3 NON5 IC1001 C1ZBZ0003981 CL1003 CL1072 L1070 G1C100MA032 BLT_CNT...
- Page 26 R1040 CL1040 L1040 G1C150MA0394 PW_D3V (CH4) C1041 R1041 ERJ2RKD2403X C1040 F1J0J226A014 INV4 IGBT_VCC (0.8V) R1043 R1042 C1060 F1J1C106A059 CL1060 PW_CCD_PLUS D1060 L1060 B0JCFC000001 (CH6) C1061 R1061 8M_11.7V 10M_12.0V G1C150MA0393 INV6 (1.0V) R1063 R1062 CL1220 CL1050 8M,10M_-6.0V PW_CCD_MINUS (CH5) C1051 R1051 PW_CCDMINUS9 ECJ0EB1E562K 180K[D]...
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Page 27: S4.2. Jack (J) Schematic Diagram
S4.2. Jack (J) Schematic Diagram CL2012 CABLE_DET J0JCC0000408 CL2007 (BK1005LL121-T) LB2008 G_USB- J0JCC0000408 CL2008 (BK1005LL121-T) LB2009 G_USB+ CL2005 USB_CAB_IN LB2006 J0JCC0000415 D_GND (BLM15BA470SN1D) AV/USB JK2001 CL2001 K1FB108E0008 (MITSUMI) LB2001 CABLE_DET R2006 G_VIDEO_OUT_1 VIDEO_OUT LINE_OUT LB2003 A_GND R2007 G_LINE_OUT USB+ USB_GND USB- R2014 USB_CAB_IN... -
Page 28: S4.3. Sensor (Se) Schematic Diagram
S4.3. Sensor (SE) Schematic Diagram L3002 G1C100KA0115 [18] PW_CCD_PLUS C3037 C3036 F1H1C105A097 F1H1C105A097 L3003 [18] [18] G1C100KA0115 [18] PW_CCD_MINUS C3012 C3011 R3090 新10M：0Ω F1H1A4750004 F1H1A4750004 8M：$ [18] [18] PW_CCDMINUS9 C3032 R3091 新10M：＄ 10M:12.0V & -6V & -7.9V MSUB F1J1C225A144 [22] 8M：0Ω... -
Page 29: S4.4. Lcd (L) Schematic Diagram
S4.4. LCD (L) Schematic Diagram D4101 PW_D3V C4101 D_GND LCD1_CP3_VGH C4103 LCD2_CP4_CP3 C4102 LCD3_CP5_CP3 VariationCategory FS6/4/42/62/F2 FS7/12 LCD4_CP6_CP4 C4106 C4105 C4101 F1H1A105A028 F1H1E105A116 LCD5_CP7_CP4 D4102 C4102 $[F1G0J1050007] F1G0J1050007 LCD6_CP8_VGL C4107 C4108 C4103 F1H1A105A028 $[F1H1A105A028] LCD7_NC_VS C4109 C4111 C4105 $[F1G0J1050007] F1G0J1050007 LCD8_VCC1.8_C1P C4112 C4110... - Page 30 S-15...
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Page 31: S4.5. Digital (D) Schematic Diagram
S4.5. Digital (D) Schematic Diagram DMC-F2 Digital Section (Main P.C.B. (5/9)) Schematic Diagram (D) PW_A3R1V AB11 AC12 AC12 AB11 AA13 AA14 AB12 AB13 AC11 AC15 G1C2R2MA0211 A3R1V PW_D1R2V AA18 L6002 C6101 C6102 C6109 0.1 F1H0J106A009 F1G0J1050007 C6113 0.1 6.3V AA19 C6118 AB19 C6115 0.1... - Page 32 DMC-F2 Digital Section (Main P.C.B. (5/9)) Schematic Diagram (D) CL6006 IC6001 DGND IC6001 MN89501FX(DC3908/9) MN89501RF(DC3905) VENUS PLUS 4 DRCKEM R6032 CL6005 $(0) DRAMFCKM RL6008 DRRASBM RL6007 DRCASBM RL6009 XDCSM RL6010 DRWEBM DRBA0M WEBM DRBA1M CEBM RL6011 REBM DRA0M FRDT0M DRA1M FRDT1M DRA2M AD19...
- Page 33 MSUBSW GPIO11 R6037 $(0) RL6023 C6001 USB_CAB_IN CABLE_DET STB_PWM GPIO15 C6111 RL6024 F1G0J1050007 RL6005 REBM CLEM CLEN RL6003 VCCN R6025 CEBM SDWP SDCLK_1 SDCLK_2 R6010 WEBM SDCLK $(0) LB6001 1.8V SDCMD VDDD J0JCC0000317 SDDAT0 VSSD SDDAT1 SDDAT2 VSSD DRA4M SDDAT3 WPBM S_DAC_LD ALEM...
- Page 34 RL6013 DRD0M DRD1M DRD2M DRD3M RL6005 VDDQD DRD4M DRD5M DQ5D DRD5M DRD3M DRD6M DQ3D DRD2M DRD7M CLEN DQ2D DRD1M RL6003 DRD8M VCCN DQ1D DRD0M DQ0D DRD9M DRA3M DRD10M DRA2M VDDD DRD11M DRA1M DRD12M VSSD DRD13M VSSQD VSSD DRD14M VDDQD DRA4M DRD4M DQ4D DRD15M...
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Page 35: S4.6. Gyro (Gy) Schematic Diagram
S4.6. Gyro (GY) Schematic Diagram G_GYRO_Y0 G_GYRO_X0 L7101 PW_A3R1V C7101 C7109 R7103 A_GND C7102 R7104 FRAME_GND RL7102 R7105 PW_UNREG_GND 17 16 R7106 G7101 LENADC_GND IC7101 OUTb 9 10 RL7103 GYRO_STBY RL7101 ZOOM ENCODER R7134 G_ZENC2 R7135 G_ZENC1 R7136 G_FZHP QR7131 B1GFCFEN0012 R7133 FZHP_LED... -
Page 36: S4.7. System Driver (Sy) Schematic Diagram
S4.7. System Driver (SY) Schematic Diagram PW_A3R1V CL5001 G_MIC_IN G_GYRO_DAY CL5004 G_GYRO_DAX A_GND 6.3V L7001 L2201 G1C220KA0115 C7001 (LBFM1608T220K) PW_D3V F1J0J1060009 C5003 (Ｋ公差、低背) R9108 POWER_LED_A CL5006 D_GND G_LINE_OUT G_AUD_AD_IN AF_LED_K LEDOUT2 HPFFB C5011 R9109 6.3V F1G0J1050007 CL9101 LEDOUT1 LINOUT (3.4V) R5005 [118]XVN [91]AVDD... -
Page 37: S4.8. Rear Operation (R) Schematic Diagram
S4.8. Rear Operation (R) Schematic Diagram DISPLAY MENU DISPLAY MENUE DELETE MODE DELETE MODE_SW ALPS ALPS ALPS ALPS S9501 S9502 S9503 S9508 K0F111A00541 K0F111A00541 K0F111A00541 K0F111A00541 D_GND DOWN LEFT DOWN LEFT RIGHT RIGHT ALPS ALPS ALPS ALPS S9504 S9505 S9506 S9507 K0F111A00541 K0F111A00541... - Page 38 S-23...
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Page 39: S4.9. Main Connection (Mc) Schematic Diagram
S4.9. Main Connection (MC) Schematic Diagram DMC-F2 Main Connection Section (Main P.C.B. (9/9)) Schematic Diagram (MC) TO CCD K1MY41BA0235 FP9001 CON_CHK DIGITAL SENSOR CCD_GND TO CCD TO POWER G_H2 G_H1 CCD_GND PW_CCD_PLUS G_HL PW_CCD_MINUS TO SENSOR PW_CCDMINUS9 CCD_GND PW_SE3R4V CLK45_FCK SUBSW1 PW_D3V CCD11... - Page 40 DMC-F2 Main Connection Section (Main P.C.B. (9/9)) Schematic Diagram (MC) TO STB&TOP PP9001 K1KA30BA0342 STB_PWM_OUT STB_CHG_LV STB_PWM_OUT STB_CHG_LV STROBE_TRG STROBE_TRG MIC_GND TO GYRO DIGITAL POWER R9008 AF_LED_K G_MIC_IN CATHODE MIC_IN PW_UNREG_GND PW_D3V CL9004 ANODE A_GND TO SENSOR G_SP_NEG SP_NEG MIC_REG TO POWER G_SP_POS SHUTTER_1...
- Page 41 PWM_FA G_DCM+ PW_D3V PWM_FB POWER_CTL_SW G_DCM- PWM_IRISA D_GND G_FMAP A_GND G_FMAN TO LENS UNIT S_SYSCON_SO G_FMBP TO DIGITAL FP9002 PWM_XOIS K1MY45BA0235 G_FMBN SW_UNREG PWM_YOIS ENC_Vcc G_IRISAP PWM_FA S_DAC_LD FZHP_LED LED_CONT G_IRISAN PWM_FB S_DAC_DI G_FZHP PWM_IRISA S_DAC_CK G_XV+ XVH- G_MREF G_XHO- XVO+ G_YV+ S_SYSCON_SO...
- Page 42 K1MY41BA0235 PWM_FA LCD8_VCC1.8_C1P LCD1_CP3_VGH PWM_FB LCD9_PCD_C1N TO REAR_OPE LCD2_CP4_CP3 PWM_IRISA LCD10_VCOML_C2P DISPLAY LCD3_CP5_CP3 LCD11_VCOMH_C2N DELETE LCD4_CP6_CP4 S_SYSCON_SO MODE_SW LCD5_CP7_CP4 PWM_XOIS LCD13_NC_VCIX LCD6_CP8_VGL PWM_YOIS LCD14_AVDD_VCI DOWN LCD7_NC_VS S_DAC_LD LCD15_CP1_CXP LEFT LCD8_VCC1.8_C1P S_DAC_DI LCD16_CP2_CXN VCC_1.8 RIGHT LCD9_PCD_C1N S_DAC_CK LCD17_NC_VCOM MENU LCD10_VCOML_C2P G_MREF LCD18_FB_VCOMH VCOML LCD11_VCOMH_C2N...
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Page 43: S5. Print Circuit Board
S5. Print Circuit Board S5.1. Main P.C.B. S5.1.1. Main P.C.B. 16 20 CL9006 G1004 C4114 LB9001 CL1002 PP9001 C4119 R9018 G1002 D1051 R1054 G3001 G1003 C4115 C4113 R9001 L1070 C1056 G9001 R1056 C3040 CL1220 C4110 CL9005 D4101 C4112 R4113 R9026 L1040 R3091 R3090... -
Page 44: S5.1.2. Main P.c.b. Address Information
S5.1.2. Main P.C.B. Address Information Main P.C.B. Integrated Circuit CL9006 X9101 C3011 E-10 C6106 B-10 R1022 R6021 R9102 IC1001 CL9007 C3012 E-10 C6107 C-10 R1023 R6025 R9103 IC1210 CL9101 Coil C3013 C6108 B-10 R1030 R6026 R9104 IC3001 E-10 RL3001 D-10 L1010 C3014 C6109... - Page 45 S-30...
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Page 46: S6. Replacement Parts List
ELECTROSTATIC DISCHARGE (ESD) TO ELECTROSTATICALLY SENSITIVE (ES) DEVICES section. Definition of Parts supplier: 1. Parts marked with [ENERGY] in the remarks column are supplied from Panasonic Corporation Energy Company. 2. Parts marked with [SPC] in the remarks column are supplied from AVC-CSC-SPC. - Page 47 DMC-F2 vol.2 Ref.No. Part No. Part Name & Description Remarks Ref.No. Part No. Part Name & Description Remarks C6111 F1G0J1050007 C.CAPACITOR CH 6.3V 1U VEP56074G MAIN P.C.B. (RTL) E.S.D. C6113 F1G1A1040006 C.CAPACITOR CH 10V 0.1U C6115 F1G1A1040006 C.CAPACITOR CH 10V 0.1U C1001 F1H0J106A009 C.CAPACITOR CH 6.3V 10U C6117...
- Page 48 DMC-F2 vol.2 Ref.No. Part No. Part Name & Description Remarks Ref.No. Part No. Part Name & Description Remarks R7009 ERJ3BQFR68V M.RESISTOR CH 1/5W 0.68 LB2001 ERJ2GE0R00X M.RESISTOR CH 1/16W R7018 ERJ2GE0R00X M.RESISTOR CH 1/16W LB2002 ERJ2GE0R00X M.RESISTOR CH 1/16W R7019 ERJ2GE0R00X M.RESISTOR CH 1/16W LB2003 ERJ2GE0R00X M.RESISTOR CH 1/16W...